my.chemeurope.com
With an accout for my.chemeurope.com you can always see everything at a glance – and you can configure your own website and individual newsletter.
Lovis 2000 M/ME - The new modular microviscometer from Anton Paar provides highly accurate viscosity determination from only 100 µL sample volume.
Lovis 2000 M
- The stand-alone viscometer for determining the dynamic, kinematic, relative and intrinsic viscosity of liquids.
Lovis 2000 ME + DMA density meter
- Lovis 2000 ME is a measuring module which is inserted into a DMA Generation M density meter for combined measurement of density and viscosity.
Lovis 2000 ME + DMA density meter + Xsample
- This combined system determines the density, kinematic viscosity and dynamic viscosity of up to 96 samples fully automatically.
The new modular microviscometer from Anton Paar provides highly accurate viscosity determination from only 100 µL sample volume. Results allow deep insights into the viscosity of liquids, providing accuracy up to 0.5 % and repeatability up to 0.1 %. The microviscometer is available as a stand-alone viscometer or in combination with a DMA M density meter for simultaneous determination of density, kinematic viscosity and dynamic viscosity. Combinations with other parameters, such as sound velocity and refractive index, are also available.
Depending on the task, the Lovis 2000 M/ME microviscometer provides the following benefits:
Easy-operation viscometer
Manual operation of Lovis 2000 M/ME requires only selection of the measuring method, sample filling and pressing “Start”. Connecting a Plug and Play sample changer enables automatic measurement of up to 96 samples at the push of a button. Temperature control is quick and precise. Under optimal conditions, results are ready after 30 seconds.
Low-viscosity rolling-ball rheometer
Lovis 2000 M/ME is also a “lo vis” rolling-ball rheometer. It provides the option of varying the inclination, which corresponds to the shear rate. The microviscometer therefore determines the shear rate dependence of low-viscosity liquids, which makes it suitable for automated zero-shear viscosity investigations.
All-round viscometer
Lovis 2000 M/ME is specially designed for low-viscosity liquids but can be used for viscosity measurement on samples with a viscosity of up to 10,000 mPa.s, at any temperature from 5 °C to 100 °C. Lovis 2000 M/ME is also suitable for measuring highly corrosive or aggressive samples (e.g. polymer solutions).
Whether for research or industry, Lovis 2000 M/ME does a lot with a little sample volume.
For further information please visit our product website, download our product brochure or request information now!
Take a little, get a lot: Highly accurate viscosity results from 0.1 mL of sample
Lovis 2000 M/ME delivers deep insights into the viscosity of liquids. Results are available with a high end precision from a very little sample volume more
State-of-the-art sample preparation for analytical laboratories. Safe, quick and efficient
State-of-the-art sample preparation for analytical laboratories from Anton Paar. Safe, quick and efficient – Multiwave PRO | Multiwave ECO more
Testing on Real Materials Gives New Insights into Surface Characteristics
SurPASS provides a new method for fully automated testing of the time and concentration dependences of adsorption processes on real material surfaces more
Anton Paar starts 2013 with 3 new subsidiaries
Anton Paar is proud to announce the opening of three new subsidiaries on January 1, 2013. New offices will begin work in Poland, South Africa and Brazil. Brazil: The headquarters ofAnton Paar Brasil Ltda. will be located in Sao Paulo. Sales and service will be coordinated here for all produ ... more
Anton Paar GmbH acquires Measuring Technology Company in Hanover
Effective from July 1, 2007, the German measuring technology company Dr. Wolfgang Kernchen GmbH has been acquired by the Graz-based measuring technology producer Anton Paar. This company, founded in 1970, develops and produces measuring instruments for refractometry and polarimetry. Its pr ... more
Anton Paar establishes subsidiary in Mexico
The Austrian measuring technology specialist strengthens its presence in Latin America. At the end of April, Managing Director Dr. Friedrich Santner founded a sales subsidiary based in Mexico City. This represents the third sales subsidiary on the American continent, alongside Anton Paar ... more
Reaching the Next Level of Microwave-assisted Organic Synthesis
Microwave-assisted organic synthesis (MAOS) has become an increasingly popular discipline in modern chemical method development. At first, reaction optimization and method development on a small scale were the main areas of interest in MAOS. However, the growing acceptance and success of th ... more
A Platform System for Microwave Sample Preparation
Today's technology enables the near-perfect determination of trace elements in all concentrations down to the ultra trace range. Modern AAS, ICP-OES, ICP-MS or electrochemical procedures such as voltammetry are reliable and accurate measuring methods for almost every type of task. However, ... more
Anton Paar GmbH produces high-quality measuring and analysis instruments for industry and research and is the global leader in the fields of density and concentration measurement as well as rheometry and CO2 determination. More than 1050 employees - in the Anton Paar GmbH headquarters in Gr ... more
Anton Paar México, S.A. de C.V.
Anton Paar GmbH produces high-quality measuring and analysis instruments for research and industry and is a contract manufacturer of high-precision mechanical assemblies and electromechanical components for companies all over the world. The company was established in 1922 and now employs m ... more
Über CHEMIE.DE
CHEMIE.DE Information Service GmbH runs specialist scientific internet portals. The secret to our success? We are familiar with what we publish.
Advertising at CHEMIE.DE
Our advertising formats support you in getting your message across to a clearly defined target audience.
© 1997-2013 CHEMIE.DE Information Service GmbH, All rights reserved
Netmeeting
